Monday, June 2nd 2014
IT challenges in Radioastronomy.
Radioastronomy is an area of science that has extreme requirements on information technology. The past decade started tge evolution of its instruments from dishes to phased antenna arrays. The Low Frequency Array (LOFAR) which is designed, built and operated by Astron is globally the first transformational telescope of this type. It serves as a pathfinder to the Square Kilometer Array (SKA) to be realized in South Africa and Australia by 2020. SKA is expected to be 2 orders of magnitude larger than LOFAR. Radiotelescopes like LOFAR and SKA operate on the principle that signals from a massive amount of small antennas are combined to aggregated signals in software. It allows simultaneous measurements of different types on different parts of the sky. The data rates, compute, and storage are all in the exa-regime. New paradigms in IT are required to be able to afford irs operations, in terms of energy and cost. The presentation will address the radio astronomy context, the IT technology applied and the innovations that lead to the SKA.
Colloquium coordinators are Prof.dr. M. Aiello (e-mail :
Prof.dr. M. Biehl (e-mail:
A broad analysis of three types of fishing – beam trawling for sole, beam trawling for plaice and otter fishing for Nordic lobster and flatfish – has shown that fisheries frequent very specific habitats in the North Sea. Researchers from the University...
Polluted air, water and land can have a far-reaching effect on animals in polar regions. An international team led by Isabella Scheiber, Maarten Loonen and Jan Komdeur from the University of Groningen and including researchers from the universities...
The highly ranked Nanyang Technological University ( NTU ) in Singapore and the University of Groningen (UG) have signed a Collaborative Degree PhD Programme in Materials and Nanoscience/-engineering . This agreement allows for the co-supervision of...